April 13, 2024 • 9 mins
WE CONTINUE OUR DISCUSSION WITH DR. BONATI REGARDING THE INCREDIBLE ADVANCEMENTS IN GENETICS.
Mark as Played
Transcript
Episode Transcript
Available transcripts are automatically generated. Complete accuracy is not guaranteed.
(00:00):
You're listening to American Medicine Today,presented by the Benati Spine Institute, featuring
internationally acclaimed inventor of the Benati Spineprocedures, Alfred Benatti, MD. Once
again, your host Kimberly Burmel Benatiand co host Ethan Yuger. Welcome back
to American Medicine Today. We're continuingthe discussion about milin sheathing and how it
(00:22):
affects genetics. So, doctor Barnati, you were talking about how when you
start to kind of age backwards ordon't age, it's because that milin sheathing
is thicker. So why don't youcontinue, Well, we're talking about aging.
Well, it's very clear now thataging is nothing more than loss of
(00:47):
the agility, the train of thoughts, the security of what you do,
your security and your balance, yoursecurity in the strength of your muscles.
All these is what is really ayoung person. When you are in an
old person, you are your thoughtsare confused, sometimes, your your memory
(01:12):
fails, your muscles become not asstrong as in the past, you have
difficulty walking, you lose your balance, and you have falls. All these
things are contributing because that is thatmilding that we said in the in the
(01:34):
other conversation is now fading out andthe olegodendrocytes cannot produce that material. So
the fact that now we have inour repertire of study the serum response factor
(01:59):
and this just pump factor will irritateand create an action on the oligodendrocytes,
and then if those ones will nowcreate myolne, the myoline will now see
again around the cells. The myelineis nothing more like a type of a
(02:21):
fatty sheet. But this fatty sheetis protecting the actions. And if the
actions are being protected that the transmissionof the information is very fast, faster
the transition younger, you are okay, And when you talk about this serum
that is supposed to again thicken thatmyeline sheathing, is it something that is
(02:46):
topical. It's something that's introduced tothe body and a pill and a shot.
This is just only a type rightnow is a right now is a
gene that is going to be nowcreating this type of a knowledge. And
(03:07):
once we identify the gene, thegene can be manipulated to allow the olegodendrocytes
to perform again that is going tobe still in the field of genetics.
But imagine that if we can get, for example, one thing that did
(03:27):
some experimentation on rats. They tookfluid the CSF, that is the cephalo
ra fluid that they removed from thebrain of a young rat, and they
put that on the brain of anold rat, and they were very amazed
to see that the theoreum factor startto become increase and create more sheets on
(03:57):
the milins, and the animal immediatelygot better response, better activities, and
got younger. So if that,if that situation can be reproduced in humans,
and it's going to be it's notthat if that can happen, there's
no end on this anymore. Nowwe need to find how to make that
(04:20):
one a product that is going togo in the body. Okay, there
can be something like environmin or itcan be something like an injection, or
can be something like a zero orwhatever it is. But the important thing
here is if that happens, weare going to challenge certain diseases. It's
(04:43):
interesting you talk about this because recentlyI just saw on social media where a
father didn't want to age and hesaid he was going to start taking plasma
of some younger individual, and theson actually stepped forward and said, use
mine, and when they started trackinghis aging process, he had actually gotten
(05:06):
I guess quote younger. Well,so in theory it does work. Probably
what really happens the same thing thathappens in that study with the rat they
use a cephal rakido fluid. He'susing another fluid in the blood and probably
is the same factor that is inactivein another place. So the important thing
(05:28):
is not only the regeneration of themiline, but at the same time the
cure of some neurological diseases. Because, as I said before, in that
example that we talk about the gardenin the irrigation system, if we can
repair those tubes, and we canrepair those tubes in the transmission now is
(05:53):
normal, then the water is goingto go from the facet to where needs
to go very fast. So weneed to generate those tubes, and that
is what this factor can create,giving information to the oligodentrocyte to produce more
transmission factor and that is now practicallythe direction that the genetic is going to
(06:21):
go very strong. So it seemsto me that this would help those that
are suffering from dementia and Alzheimer's.Well, imagine that if somebody already had
a problem without being able to communicateand has a problem recognizing the family,
(06:42):
this is nothing more than the tubesthat they are going in that direction and
the dendrits, the actions of thecells are being interrupted, so they cannot
do the transmission. But if yousteal the area, then you will have
immediately transmission regenerate. It's like whenyou correct the problem in an electrical circuit.
(07:04):
You have something that's cut, yougo ahead and repair, You put
another piece wired the thing, thetransmission happening, you like to work again.
Well, this is what is practicallythe idea, and this is what.
Now we have a factor that theycan do that, and if that
happens, the possibilities are practically controllingall the neurological diseases, controlling and practically
(07:30):
making disappear totally Alzheimer's and remove practicallyall these deficits on people who has practically
lack of sensations, like when youhave MS. One of the problems with
MS is not only that it's goingto affect your muscular system, because the
(07:51):
connections that they go towards the systemthat they are going to move, the
muscles are interrupted, so you startto have paralysis, and these paralysis will
will be corrected. The problems thatyou have with elements that you have lack
of sensation that happens in MS,so there areas of your body that they
(08:15):
are totally numbs that can be corrected. And also later on they start to
have also some dementia in multiple slerosis, So what you need that's correct.
If we do that, the neurologicalsystem will be totally controlled, the diseiasis
of the neurological system. Aging willbe practically a history. We will be
able to correct aging by god knowshow far. Yes, well, it
(08:43):
just seems like technology is advancing soquickly nowadays that it's hard to comprehend.
And it seems as though the fountainof youth is part of that serum,
that factor serum you were just speakingabout, and of course will continue you
to track that on future episodes ofAmerican Medicine Today. Thank you for watching,
(09:05):
and you can find us anytime anywhereif you download our app. Keyword
AMT and keyword Benati
You're listening to American Medicine Today,presented by the Benati Spine Institute, featuring
internationally acclaimed inventor of the Benati Spineprocedures, Alfred Benatti, MD. Once
again, your host Kimberly Burmel Benatiand co host Ethan Yuger. Welcome back
to American Medicine Today. We're continuingthe discussion about milin sheathing and how it
(00:22):
affects genetics. So, doctor Barnati, you were talking about how when you
start to kind of age backwards ordon't age, it's because that milin sheathing
is thicker. So why don't youcontinue, Well, we're talking about aging.
Well, it's very clear now thataging is nothing more than loss of
(00:47):
the agility, the train of thoughts, the security of what you do,
your security and your balance, yoursecurity in the strength of your muscles.
All these is what is really ayoung person. When you are in an
old person, you are your thoughtsare confused, sometimes, your your memory
(01:12):
fails, your muscles become not asstrong as in the past, you have
difficulty walking, you lose your balance, and you have falls. All these
things are contributing because that is thatmilding that we said in the in the
(01:34):
other conversation is now fading out andthe olegodendrocytes cannot produce that material. So
the fact that now we have inour repertire of study the serum response factor
(01:59):
and this just pump factor will irritateand create an action on the oligodendrocytes,
and then if those ones will nowcreate myolne, the myoline will now see
again around the cells. The myelineis nothing more like a type of a
(02:21):
fatty sheet. But this fatty sheetis protecting the actions. And if the
actions are being protected that the transmissionof the information is very fast, faster
the transition younger, you are okay, And when you talk about this serum
that is supposed to again thicken thatmyeline sheathing, is it something that is
(02:46):
topical. It's something that's introduced tothe body and a pill and a shot.
This is just only a type rightnow is a right now is a
gene that is going to be nowcreating this type of a knowledge. And
(03:07):
once we identify the gene, thegene can be manipulated to allow the olegodendrocytes
to perform again that is going tobe still in the field of genetics.
But imagine that if we can get, for example, one thing that did
(03:27):
some experimentation on rats. They tookfluid the CSF, that is the cephalo
ra fluid that they removed from thebrain of a young rat, and they
put that on the brain of anold rat, and they were very amazed
to see that the theoreum factor startto become increase and create more sheets on
(03:57):
the milins, and the animal immediatelygot better response, better activities, and
got younger. So if that,if that situation can be reproduced in humans,
and it's going to be it's notthat if that can happen, there's
no end on this anymore. Nowwe need to find how to make that
(04:20):
one a product that is going togo in the body. Okay, there
can be something like environmin or itcan be something like an injection, or
can be something like a zero orwhatever it is. But the important thing
here is if that happens, weare going to challenge certain diseases. It's
(04:43):
interesting you talk about this because recentlyI just saw on social media where a
father didn't want to age and hesaid he was going to start taking plasma
of some younger individual, and theson actually stepped forward and said, use
mine, and when they started trackinghis aging process, he had actually gotten
(05:06):
I guess quote younger. Well,so in theory it does work. Probably
what really happens the same thing thathappens in that study with the rat they
use a cephal rakido fluid. He'susing another fluid in the blood and probably
is the same factor that is inactivein another place. So the important thing
(05:28):
is not only the regeneration of themiline, but at the same time the
cure of some neurological diseases. Because, as I said before, in that
example that we talk about the gardenin the irrigation system, if we can
repair those tubes, and we canrepair those tubes in the transmission now is
(05:53):
normal, then the water is goingto go from the facet to where needs
to go very fast. So weneed to generate those tubes, and that
is what this factor can create,giving information to the oligodentrocyte to produce more
transmission factor and that is now practicallythe direction that the genetic is going to
(06:21):
go very strong. So it seemsto me that this would help those that
are suffering from dementia and Alzheimer's.Well, imagine that if somebody already had
a problem without being able to communicateand has a problem recognizing the family,
(06:42):
this is nothing more than the tubesthat they are going in that direction and
the dendrits, the actions of thecells are being interrupted, so they cannot
do the transmission. But if yousteal the area, then you will have
immediately transmission regenerate. It's like whenyou correct the problem in an electrical circuit.
(07:04):
You have something that's cut, yougo ahead and repair, You put
another piece wired the thing, thetransmission happening, you like to work again.
Well, this is what is practicallythe idea, and this is what.
Now we have a factor that theycan do that, and if that
happens, the possibilities are practically controllingall the neurological diseases, controlling and practically
(07:30):
making disappear totally Alzheimer's and remove practicallyall these deficits on people who has practically
lack of sensations, like when youhave MS. One of the problems with
MS is not only that it's goingto affect your muscular system, because the
(07:51):
connections that they go towards the systemthat they are going to move, the
muscles are interrupted, so you startto have paralysis, and these paralysis will
will be corrected. The problems thatyou have with elements that you have lack
of sensation that happens in MS,so there areas of your body that they
(08:15):
are totally numbs that can be corrected. And also later on they start to
have also some dementia in multiple slerosis, So what you need that's correct.
If we do that, the neurologicalsystem will be totally controlled, the diseiasis
of the neurological system. Aging willbe practically a history. We will be
able to correct aging by god knowshow far. Yes, well, it
(08:43):
just seems like technology is advancing soquickly nowadays that it's hard to comprehend.
And it seems as though the fountainof youth is part of that serum,
that factor serum you were just speakingabout, and of course will continue you
to track that on future episodes ofAmerican Medicine Today. Thank you for watching,
(09:05):
and you can find us anytime anywhereif you download our app. Keyword
AMT and keyword Benati
Popular Podcasts
Dateline NBC
Current and classic episodes, featuring compelling true-crime mysteries, powerful documentaries and in-depth investigations.
Stuff You Should Know
If you've ever wanted to know about champagne, satanism, the Stonewall Uprising, chaos theory, LSD, El Nino, true crime and Rosa Parks, then look no further. Josh and Chuck have you covered.
The Nikki Glaser Podcast
Every week comedian and infamous roaster Nikki Glaser provides a fun, fast-paced, and brutally honest look into current pop-culture and her own personal life.